1) Ti-V-based solid solution
Ti-V基固溶体
1.
Ti-V-based solid solution type hydrogen storage alloys are considered as one of the promising candidates for fuel-cell automobiles due to their large hydrogen storage capacities and good hydrogen sorption kinetics characteristics.
Ti-V基固溶体型储氢合金由于较大的储氢量和良好的吸放氢动力学性能而被认为是最有希望成为燃料电池车用储氢材料之一。
2.
Ti-V-based solid solution type hydrogen storage alloys have excellent characteristics in gas-solid reaction, including large capacity, fast activation, high diffusion rate of hydrogen and so on.
Ti-V基固溶体型储氢合金在气固相条件下,具有吸氢量大、活化容易、昅放氢迅速等优点;但在电化学条件下,活性低,几乎无法充放电。
2) Ti-V BCC alloy
Ti-V固溶体
3) V-based solid solution
V基固溶体
1.
Influence of ball-milling with Cu powder on electrochemicalproperties of V-based solid solution type hydrogen storage alloys;
Cu粉复合球磨处理对V基固溶体型贮氢合金电化学性能的影响
2.
Based on XRD and FESEM-EDS analysis, the alloy is mainly composed of V-based solid solution with BCC structure and TiNi-based secondary phase.
本文采用XRD,FESEM-EDS及电化学阻抗谱(EIS)等方法对V基固溶体Ti0。
3.
The result of XRD analysis shows that the alloy is mainly composed of V-based solid solution phase with body-centered-cubic (bcc) structure and C14 Laves phase with hexagonal structure.
X射线衍射分析表明:该合金由体心立方结构(bcc)的V基固溶体主相和少量六方结构的C14型Laves相组成;FESEM及EDS分析表明:V基固溶体主相形成树枝晶,C14型Laves相呈网格状围绕着树枝晶的晶界,元素在两相中的分布呈现镜像关系。
4) V based solid solutions
V-基固溶体
5) Ti-V-Mn solid solution alloy
Ti-V-Mn体系固溶体合金
6) Ti(C,N)solid solution
Ti(C,N)固溶体
补充资料：固溶体
一种或多种溶质原子溶于固态金属溶剂中所形成的合金相。固溶体的一个特点是成分可以在一定范围内连续变化，这种变化不改变溶剂金属的点阵类型。按照溶质原子在溶剂点阵中所处的位置，可分为间隙固溶体和代位固溶体。固溶体不仅可以借溶入纯组元后形成，纯组元也可以溶于化合物，甚至有些化合物之间可以互溶，形成以化合物为基的固溶体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条